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Artist's illustration of a hydrated proton (yellow/green) with six water molecules (blue/grey).

Complex Simulations: new findings on proton transport in water

International research team simulates motions of a hydrated proton in full quantum detail “Simulating all 51 vibrations at once, in full quantum detail, is only possible if the underlying forces...

27 July 2026

News

A top-down view of a nanoscale water droplet resting on a curved graphene sheet, with the carbon lattice forming a dark honeycomb pattern around the droplet. Water molecules are shown as red oxygen and white hydrogen atoms, rendered from a molecular dynamics simulation in VMD/Tachyon with a softly blurred background and subtle artistic enhancements.

New research reveals what really controls water chemistry in nanoscale spaces

Researchers have resolved a long-standing debate about how water behaves when confined to spaces just a few molecules wide, showing that the chemistry of nanoconfined water is governed less by...

24 June 2026

News

Active materials that move and adapt could reshape future robotics and engineering

Scientists from the University of Cambridge, working with researchers at the University of Amsterdam and University of New South Wales, are exploring a new class of active materials – materials...

14 April 2026

News

Emerging from the 2000 degree C furnace, a fibre 'stack' guides light even while it is being drawn. Credit: Dr Nathan Roberts

Fibre twist creates a new pathway for light

A team of researchers from University of Cambridge, University of Bath and international collaborators, have designed a new optical fibre structure that keeps light flowing smoothly even through bends, twists...

23 February 2026

News

Illustration of a topological exciton created by light and propagating along an organic polymer chain.

Excitons meet topology in organic materials

Researchers uncover topological excitons with enhanced transport properties, paving the way for next-generation optoelectronic devices. “The Cavendish has a highly active research community seeking to understand and control excitons in...

7 January 2026

News

Why tiny droplets stick or bounce: The physics of speed and size

Recent research at the Cavendish Laboratory, University of Cambridge, in collaboration with the University of Bath, has shown that whether a droplet of liquid sticks or bounces depends on its...

5 September 2025

News

Samuel Brookes in front of a computer screen showing computer modeling image

New ‘In and Out’ mechanism reveals how carbon dioxide reacts at water’s surface

Recent research has unveiled a new mechanism that explains how carbon dioxide (CO₂) can react directly at water’s surface instead of fully dissolving first. This finding from Cambridge researchers has...

20 August 2025

Blog

Prof. Volker Heine

Reminiscences from a New-Zealander theoretical physicist

This year marks the 70th anniversary of the Theory of Condensed Matter (TCM) group at the Cavendish Laboratory. In this blog, Emeritus Professor Volker Heine FRS reflects on the evolution...

23 July 2025

News

Niocla Marzari

Next Cavendish Professor of Physics Announced

The Cavendish Laboratory is pleased to announce the appointment of Professor Nicola Marzari as the next Cavendish Professor of Physics. This historic chair, established in 1871, has played a central...

2 July 2025